Commercially, hundreds of pink-flowered snapdragon plants can be produced from one pink-flowered plant. Figure 2 shows a tissue culture technique used for producing many plants from one plant. Give a reason for each of the following steps shown in Figure 2. Several groups of cells are scraped off the leaf – 7071

Q1.

Commercially, hundreds of pink-flowered snapdragon plants can be produced

from one pink-flowered plant.

Figure 2 shows a tissue culture technique used for producing many plants from

one plant.

Figure 2

      Give a reason for each of the following steps shown in Figure 2.

      Several groups of cells are scraped off the leaf:

___________________________________________________________

___________________________________________________________

Nutrients are added to the agar jelly: ____________________________

__________________________________________________________

___________________________________________________________

Hormones are added to the agar jelly: ___________________________

___________________________________________________________

___________________________________________________________

The plant cells are kept in sterile conditions: _______________________

___________________________________________________________

___________________________________________________________

The plant cells are kept at 20 °C: _________________________________

___________________________________________________________

___________________________________________________________

(5)

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One thought on “Commercially, hundreds of pink-flowered snapdragon plants can be produced from one pink-flowered plant. Figure 2 shows a tissue culture technique used for producing many plants from one plant. Give a reason for each of the following steps shown in Figure 2. Several groups of cells are scraped off the leaf – 7071

  1. In tissue culture, you use several groups of cells so that lots of new plants can be made.
    You add nutrients to help the cells make proteins, amino acids or chlorophyll, and to provide energy for respiration.
    Hormones are added to help the cells differentiate and form roots or shoots.
    Everything is kept in sterile conditions to stop microorganisms from growing and causing disease or decay.

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